CURRICULUM VITA Habib Sharif Nov. 2014 RESIDENCE Work: Department of Mathematics College of Sciences Shiraz University 71454 Shiraz, Iran Phone: (0713)2281335 E-mail: [email protected] EDUCATION 1989 Ph.D. 1984 M.Sc. 1979 B.Sc. Mathematical Institute, The University of Kent, Canterbury, Kent, CT2 7NF, U.K. Thesis: Algebraic Functions, Differentially Algebraic Power Series and Hadamard Operations. Supervisor: Dr. Christopher F. Woodcock. Department of Mathematics, College of Sciences, Shiraz University Shiraz 71454, Shiraz, Iran. Dissertation topic: Existentially Complete Prime Rings. Dissertation Director: Professor Ahmad Haghani. Mathematical Department, College of Sciences, Isfahan University, Isfahan, Iran. PROFESSIONAL EXPERIENCE Academic Positions: 1 1980-83 1983-84 1984-85 1985-89 1988-89 1990now 1989-93 1993-99 99-now 1991-95 1994-95 1991-95 1995-96 98-2005 99-2005 2014now 2014now 2014now Lecturer in Mathematics, Educational Institutions, Shiraz, Iran. Graduate Assistant, Shiraz University, Iran Lecturer in Mathematics, Shiraz University. Research Assistant, University of Kent, UK. Teaching Assistant, University of Kent, UK. Associate member of graduate faculty, Shiraz University. Assistant Professor of Mathematics, Department of Mathematics, Shiraz University. Associate Professor of Mathematics, Department of Mathematics, Shiraz University. Professor of Mathematics, Department of Mathematics, Shiraz University. Vice-Dean, College of Sciences, Shiraz University. Member of the board of Discriminatery of Shiraz University. Member of University Council, Shiraz University. On sabbatical leave, Department of Mathematics, University of Toronto, Ontario, Canada. Member of the board of Discriminatery of Shiraz University. Vice-Chancellor for Research, Shiraz University. Chancellor of Fars Elites Foundation. The representative of the Minister of Culture, Research and Tecknology in the board of Discriminatery of yasuj Universitory. The member of the board of Trustees of The Islamic Azad University of Hormorzghan Province. 2 Refereed Publications: 1. (joint with C.F. Woodcock) Algebraic functions over fields of positive characteristic and Hadamard products, J. London Math. Soc.(2) 37(1988) 395-403. MR # 89 f: 12005. 2. (joint with C.F. Woodcock) On the transcendence of certain power series, J. Algebra, 121(1989) 364-369. MR # 90 i: 11075. 3. (joint with C.F. Woodcock) Hadamard products of rational formal power series, J. Algebra, 128(1990) 517-527. MR # 91 b: 13027. 4. Algebraic independence of certain formal power series(I), J.Sci. I.R.IRAN, 2(1991) 50-55. MR # 91 d: 12007. 5. Algebraic independence of certain formal power seres(II), J.Sci. I.R.IRAN, 3(1992) 148-151. 6. Children products of power series, Math. Japonica 38(1993) 1-6. MR # 94 c: 13022. 7. The real numbers π, π 2 and e are irrational and transcendental, Gulchin-I Riazi Vol 1 No. 1 (1993) 77-86. 8. A5 is simple, Gulchin-I Riazi Vol 1 No. 2 (1993) 69-75. 9. A short note on p-adic numbers, Gulchin-I Riazi Vol 2 No. 2 (1994) 1-10. 10. (joint with Y. Sharifi and S. Namazi) Rings satisfying the radical formulas, Acta Math. Hungar. 71 (1996) 103-108. MR # 97 j: 13002. 11. Finite Machines (Automata) and Algebraic power series, Gulchin-I Riazi Vol 4,5 (1997) 53-63. 12. A dual for differentiably finite functions over fields of positive characteristic, Gulchin-I Riazi Vol 6,7 (1998) 3-9. 13. E-algebraic functions over fields of positive characteristic - an analogous for differentially algebraic functions, J. Algebra, 207 (1998) 355-366. 14. (joint with S. Namazi) Catenary Modules, Acta Math. Hungar. 85 (1999) 211-218. 15. (joint with A. Azizi) On prime submodules, Honam Math. J. 21 (1999) 1-12. 16. Hadamard products of certain power series, Acta Arith. XCI (1999) 95-105. 17. E-finite power series over fields of positive characteristic- an analogue of D-finite power series, Research Bull. Isfahan Uni. 12 (1999) 61-68. 18. (joint with S. Namazi) Catenary Modules II, Honam Math. J. 22 (2000) 9-16. 19. The algebra of formal power series, Proceedings of the Monthly Colloquim of the Iranian Mathematical Society 2 (2003) 181-202. 20. (join with A. Khaksari and M. Ershad) On prime submodules of multiplication modules, Int. J. of Pure and Applied Maths. 17 (2004) 41-49. 21. (joint with A. Khaksari and M. Ershad) Strongly irreducible submodules of modules, Acta Math. Sinica, 22 (2006) 1189-1196. 22. (joint with M. Maani Shirazi) Hilbert modules, Int. J. of Pure and Applied Maths. 20 (2005) 1-7. 23. (joint with A. Amini and B. Amini) Prime and primary submodules of certain modules, Czech. Math. J., 56 (2006) 614-648. 24. (Joint with A. Amini, B. Amini and M. Ershad) On generalised perfect rings, Comm. Algebra, 35 (2007), 953-963. 25. (joint with A. Amini and M. Ershad) Rings over which flat covers of finitely generated modules are projective, Comm. Algebra, 36 (2008) 2862-2871. 3 26. (joint with B. Amini and M. Ershad) Coretrctble modules, J. Australian Math. Soc. 86 (2009) 289-304. 27. (joint with M. Baziar and M. Behboodi) Uniformly classical primary submodules, Comm. Algebra 40 (2012) 3192-3201. 28. (joint with M. H. Shekarriz and M. Shirdareh Haghihgi) On the total graph of a finite commutative ring, Comm. Algebra, 40 (2012) 2798-2807. 29. (joint with M. Ershad and N. Amiri) Cover for modules, Palestine J. of Maths. 1 (2012) 153-156. 30. (joint with A. Niksheresht) Fully Primary Modules and Some Variations, J. Algebra and Related Topics 1 (2013) 1-17. 31. (joint with Niksheresht) On Co-Multiplication and r-Multiplication Modules, J. Algebraic Systems 2(2014) 1-19. 4 I) Conference Presentations and Seminars: 1. Algebraic functions over fields of positive characteristic and Hadamard products, the 21st Annual Iranian Mathematics Conference, March 13-16, 1990, Isfahan, Iran. 2. On the transcendence of certain power series, the Sixth Seminar in Algebra, Sept. 12-13, 1990, Tehran, Iran. 3. A property of a class of rational functions, the 22nd Annual Iranian Mathematics Conference, March 13-16, 1991, Mashhad, Iran. 4. Formal Pseudo-differential operator skew rational series, the 23rd Annual Iranian Mathematics Conference, April 7-10, 1992, Bakhtaran, Iran. 5. The center of the ring of skew power series, the 23rd Annual Iranian Mathematics Conference, April 7-10, 1992, Bakhtaran, Iran. 6. Some characterisations of algebraic Laurent series, the Seventh Seminar in Algebra, Nov. 5-6, 1992, Hamadan, Iran. 7. The center and extended centroid of R[[x, σ]], the Seventh Seminar in Algebra, Nov. 5-6, 1992, Hamadan, Iran. 8. The skew field of skew rational series over the field of complex numbers, the 24th Annual Iranian Mathematics Conference, March 28-31, 1993, Tehran, Iran. 9. Radicals of Submodules, the 24th Annual Iranian Mathematics Conference, March 28-31, 1993, Tehran, Iran. 10. Quasi-prime Submodules, the 24th Annual Iranian Mathematics Conference, March 28-31, 1993, Tehran, Iran. 11. Idempotents in R[[x, σ]], the 25th Annual Iranian Math. Conf. 28-31 March 1994, Tehran, Iran. 12. Differentially algebraic power series, the 25th Annual Iranian Math. Conf. 28-31 March 1995, Kerman, Iran. 13. The generalised principal ideal Theorem for modules, the 9th National seminar in Algebra, Nov. 18-19, 1997, Babolsar, Iran. 14. Differentially algebraic power series over fields of charactenistic p, the 29th Annual Iranian Conference, March 28-31, 1998, Theran, Iran. 15. The height of prime submodules in a free module, the 10th seminar in Algebra, Oct. 21-22, 1998, Sanandaj, Iran. 16. Formal power series and diagonals, the 10th seminar in Algebra, Oct. 21-22, 1998, Sanandaj, Iran. 17. Catenary modules II, the 12th Seminar in Algebra, March 28-29, 2000, Tehran, Iran. 18. The algebra of power series, the 14th Seminar in Algebra, July 16-18, 2002, Tehran, Iran. 19. Some results on PP- and PF-modules, the 16th Seminar in Algebra, Oct. 6-9, 2004, Zanjan, Iran. 20. The product of submodules of multiplication modules, the 16th Seminar in Algebra, Oct. 6-9, 2004, Zanjan, Iran. 21. Strongly irreducible submodules of modules, the 35th Annual Iranian Mathematics Conference, Jan. 26-29, 2005, Ahvaz, Iran. 22. On Power Series, the 36th Annual Iranian Mathematics Conference, Sept. 10-13, 2005, Yazd, Iran. 23. On generalized perfect rings, the 17th seminar in Algebra, March 8-9, 2006, Zahedan, Iran. 24. Forcing linearity number for modules, the 42nd Annual Iranian Mathematical Conference, Sept. 5-8, 2011, Rafsanjan, Iran. 5 25. Fully k-primary modules, the 42nd Annual Iranian Mathematical Conference, Sept. 5-8, 2011, Refsanjan, Iran. 26. Fully primary modules, the 43rd Annual Iranian Mathematical Conference, Aug. 27-30 (2012), Tabriz, Iran. 6 II) Colloquia Talk: 1. Algebraic functions and Hadamard products, Mathematical Institute, The University of Kent at Canterbury, Kent, U.K. Winter 1988. 2. Algebraic series and Hadamard operations, Department of Mathematics, Shiraz University, Shiraz, Iran, Winter 1991. 3. Some methods for transcendency, Department of Mathematics, Shiraz University Shiraz, Iran, Summer 1990. 4. Differentially algebraic power series over fileds of positive characteristic, Department of Mathematics, University of Toronto, Canada, Nov. 1995. 5. Differentially algebraic functions, Department of Mathematics, Shiraz University, Shiraz, Iran, Nov, 1996. 6. The algebra of formal power series, Department of Mathematics, Tehran University, Tehran, Iran, Summer 2002. III) Conference Attendance: 1. The International Congress of Mathematics, Kyoto, Japan, August 21-29, 1990. 2. Diophantine problems, Nara, Japan, August 28-30, 1990. Conference and Colloquia Management: • Coordinator of the Mathematics Department Seminars at Shiraz University 1989-92. • Coordinator of the 5th Seminar of Analysis, Shiraz University, Shiraz, Iran, Nov. 19-20, 1990. Manuscripts/Proposals Refereed for: • The Iranian Universities, such as, Mashhad, Kerman, Isfahan, Technology of Isfahan, Sharif, Thehran, Ahvaz, Sistan & Bluchiston, etc. • The International Congress on Computational Methods in Engineering, Shiraz University, Shiraz, Iran, May 2-6, 1993. • Some national and international Journals. Professional Societies and Honoraries: • The London Mathematical Society since 1987-92. • The Mathematical Society of France 1990-92. • The Iranian Mathematical Society since 1989. • The American Mathematical Society 1990-92. 7 RESEARCH ACTIVITIES Research Interests: • Polynomials and Fields. • Commutative Algebra. • Ring Theory Grants: 1985-89 TEACHING The Ministry of Culture and Higher Education Scholarship. I) Undergraduate: 1984-85 1988-89 1989 Calculus Applicable Analysis, Theory of Approximation. Calculus, Algebra I, Galois Theory, Algebra II, Algebra III. II) Graduate: 1989 Algebra III, Commutative Algebra, Finite Groups, Rings and Modules, Algebraic Number Theory, Introduction to commutative Algebra, Advanced Commutative Algebra. 8 GRADUATE SUPERVISION i) Dissertations Directed (M.Sc.): 1- Sept. 1990 2- Feb. 1991 3- Aug. 1991 C. Eslahchi R. Soltani M. Mirani 4- Aug 1991 5- Feb. 1992 6- May 1993 7- July 1993 8- July 1993 9- Feb. 1994 10- Apr. 1995 11- Mar. 1995 12- July. 1995 A. Khaksari M. Hossein Yazdi M. Azadi Y. Sharifi A. Azizi A. Shariati M.H.Kolahi A. Kolaee S. Namazi 13- Aug. 1995 14- June 1997 A.G. Alahyari M. Maani Shirazi 15- Nov. 1997 16- Nov. 1997 L. Oftadeh. N. Karparvar 17- Sept. 1998 18- Sept. 1999 N. Amiri M. Karimi-nia 19- Sept. 1999 G. Nazari 20212223242526- Nov. 1999 June 2000 Oct. 2000 Sept. 2000 Nov. 2001 Feb. 2003 Aug. 2003 Z. Mohammadi M. Habibi A.H. Delfan M. Mobeeni M. Bazyar A. Erami B. Amini 27282930- Sep. Oct. Feb. Feb. 2003 2003 2009 2009 A. Amini A. Manavi A. Dallaki S. Najafi 31323334- Dec. Dec. Sep. Dec. 2008 2008 2010 2010 M. Shabani S. Sheikh-mohseni F. Askari M. H. Shekarrize 35- Feb. 2011 Y. Vaziri 36- Sept. 2011 37- Sept. 2011 S. Roueentan T. Kakaei 38- Feb. 2012 39- Sep. 2012 40- Sep. 2013 S. Hekamatara M. Akbarizadeh M. Kargar shahrabadi MD-Finite Power Series Rational Functions Polya’s Theorem and Supports of Rational Series Over Fields of Arbitrary Characteristic Some Galois Theory of Power Series Extended Centroid of Certain Rings The Group Generated by x 7→ x + 1 and x 7→ xp in Free Radicals of Submodules Prime Submodules Multiplicative Modules Modules with Intersection Summand Property Terse Modules A principal Ideal Theorem Analogue for Modules over commutative Rings Finite Automata and Power Series Commutative Rings in Which Every Ideal is a Product of Primary Ideals Dedekind Modules and Dense Submodules On Rings Whose Artinan Modules are Precisely Noetherian Modules Whose Proper Submodules are Finitely Generated Dedekind Domains are the only One-Dimensional Domains Which Satisfy the Radical Formula Primitivity in skew laurent polynomial rings and related rings Modules with chain condition on superfluous submodules Unions of prime submodules Modules with bounded spectra Spectra of modules The Zariski Topolgy on the Prime Spectrum of a Module Noetherian rings which have the S.P.A.R. Property Dense submodules of multiplication modules and prime submodules Multiplication modules and ideals Matlis dual extensions (Joint with Dr Naghee-pour) Multiplication Modules and a Tehorem of P. F. Smith Polynomials Contained in a Finite Number of Maximal Ideals Projective Modules and Prime Submodules Modules with the Direct Summand Sum Property Forcing Linearity Numbers for Modules Zero Divisor Graph for the Rings of Gaussian Integers Modul n (Joint with Dr. Shirdareh) The Zero-Divisor Graph of a Commutative Ring (Joint with Dr. A. Amiri) Linear Error-Block Codes (Joint with Dr. Namazi) A Public Key Crytography Based on some Algebraic Structures On Almost-Quasi-Commutative Rings Generalized Primary Rings and Modules On Finite Factorization Rings. 9 ii) Thesis Directed (Ph.D.): 1- Sept. 1999 2- Oct. 2000 3- Apr. 2005 A. Azizy S. Namazi A. Khaksari 4- July. 2006 N. Amiri 5- July. 2006 6- Apr. 2008 M. Maani Shirazi B. Amini 7- Apr. 2008 A. Amini On Prime Submodules Catenary Modules Prime subsystems and prime Ideals in S-systems (Joint with Dr Ershad) Regular Modules and Cover for Modules. (Joint with Dr Ershad). Hilbert Modules and Coprimary Modules. Corectractable Modules and Equivalence of Diagonal Matrices over Local Rings (Joint with Dr Ershad). Almost Perfect and Generalised Perfect Rings (Joint with Dr Ershad). 10
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